The recent tensions in the Strait of Hormuz have once again brought the spotlight on the energy security question in the world. This waterway is regarded as one of the most vital energy chokepoints in the world and carries nearly one-fifth of the world’s oil exports and a large share of the world’s liquefied natural gas….
In remote oilfields, a large volume of natural gas is being burned due to technical difficulties. This is causing energy waste and environmental problems. Waste resulting from flare gas combustion has been a major problem in the management of remote oilfields. Reducing flare gas combustion is urgently needed from the perspectives of managers and engineers….
Small-scale oil and gas producers often waste associated gas generated during extraction due to issues such as infrastructure, production fluctuations, and transportation costs. These producers typically choose to combust or directly release this gas, wasting resources and exacerbating environmental pollution. However, by choosing KAIGTIAN GAS’s modular gas recovery technology, this “waste gas” can be transformed…
The oil and gas industry has treated associated gas as a secondary product throughout its history. Many oil fields especially those in remote areas or those undergoing temporary development working face challenges because they lack recovery facilities which causes operators to burn or release associated gas. The process wastes energy resources while increasing both operational…
The 21st International LNG Congress and Exhibition will take place in Qatar from February 2 to 5 in 2026. The LNG 2026 under the theme “Leading LNG Powering Today and Tomorrow” will examine LNG’s contribution to world energy security and market stability and low-carbon energy transition through its examination of gas development and liquefaction technology…
Efficient gas recovery solutions for existing oil and gas facilities, combining intelligent management and modular design to reduce emissions and costs, improve energy efficiency with minimal or no downtime, and meet environmental and carbon compliance requirements. Why Existing Oil & Gas Facilities Are Key Targets for Emissions Reduction Existing oil and gas facilities represent the…
During oil and gas development, operators flare or vent stranded natural gas because of its scattered distribution and absence of pipeline infrastructure and lack of economic viability. The energy waste creates economic losses while increasing greenhouse gas emissions which harm companies’ environmental, social, and governance performance and their commitment to global carbon reduction goals. Systematic…
International climate change initiatives now aim to reduce greenhouse gas emissions which originate from the oil and gas sector. The oil and gas industry emits flare gas, which represents an emission source that can be controlled but remains mostly unrecognized. Flare gas recovery technology therefore plays a crucial role in global emission reduction policies, serving…
The routine flaring of waste gases is no longer only an environmental problem; it has turned into a regulatory, financial, and operational burden. Yet, a big part of flare gas recovery projects not reaching their targets shouldn’t be attributed to a lack of technological maturity; rather, the real difficulties are not taken seriously or are…
In the last ten years, liquefied natural gas (LNG) has changed its character from a regional rather insignificant energy source to a major player of the global energy system, demonstrating strong LNG demand growth and strategic importance for energy security. That said, coming to the year 2025–2026, a definite market change has been signalled: the…
Notwithstanding the rapid energy transformation, natural gas will continue to be an important constant of the energy system for the medium term. This is because, according to the U. S. Energy Information Administration (EIA) and International Energy Agency’s (IEA) models on decarbonization and renewable energy penetration even in aggressive scenarios, the role of natural gas…
With the scaling out of the production technology for shale gas to less available, less lucrative, and even less accesible reservoirs, large scale LNG projects are no longer the sole route to gain value from their production. That is why, several years ago, the industry noticed on one another trend in small-scale shale gas liquefaction which…
Process Systems Engineer
We specialize in providing full-process solutions for gas recovery, liquefaction, and system integration for oil & gas, petrochemical, energy, and industrial enterprises.Feel free to contact us to discuss your needs in project consulting, engineering design, EPC execution, and O&M support.
